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Emerging design problems are prompting the use of code motion and speculative execution in high-level synthesis to shorten schedules and meet tight timeconstraints. However, some code motions are not worth doing from a worst-case execution perspective. We propose a technique that selects the most promising code motions, thereby increasing the density of optimal solutions in the search space.doi:10.1145/309847.309935 dblp:conf/dac/SantosJ99 fatcat:y26thrftufdatehulbpql74b6u